FREM3 cDNA ORF clone, Macaca nemestrina(pig-tailed macaque)

Gene
Clones
gRNAs

Summary

Gene Symbol	FREM3
Entrez Gene ID	105473256
Full Name	FRAS1 related extracellular matrix 3
Gene Type	protein-coding
Organism	Macaca nemestrina(pig-tailed macaque)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011726959.1	XP_011725261.1	FRAS1-related extracellular matrix protein 3

Pathways from BioSystems
Gene Ontology

The following FREM3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FREM3 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OMa299145	XM_011726959.1 Latest version!	Macaca nemestrina FRAS1 related extracellular matrix 3 (FREM3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

FREM3 ( XM_011726959.1 ) cDNA ORF clone, Macaca nemestrina(pig-tailed macaque) -> XP_011725261.1 Macaca nemestrina FRAS1 related extracellular matrix 3 (FREM3), mRNA.

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CloneID	OMa299145
Clone ID Related Accession (Same CDS sequence)	XM_011726959.1
Accession Version	XM_011726959.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6420bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2018-04-23
Organism	Macaca nemestrina(pig-tailed macaque)
Product	FRAS1-related extracellular matrix protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012015134.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Macaca nemestrina Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGGGG CTTCTCGGCA CCCGACTGGG ACGCCCAGCC AGCTCCTTGT GGCGCTCGCC 
TGCCTGCTCT TGAGTCGCCC TGCGCTGCAG GGACAGGCAT CCTCGCTTGG GACCGAGCCC 
GACCCGGTGC TTTACCTGCA CGCCTGGGGT GCACTTGAAG GCACTCGCCC CGACGGCCCT 
AGCGTGCTGA TTGCCAACCC TGGACTCCGG GTGCCCTTGG GTCGTTCCCT TTGGCTCGAC 
CCGCTCCGGG ACCTGGTGAT TGGAGTGCAG CCGGGGGACC GGTGCGAAGT CACGGTACTG 
GACGCCCTGC CGCTGCTCAA GGGCGCGCTC TCCCCGCGCC GCTTCCCCTG CGCCTTCGGG 
CCCCGCCAGG TCCAGTACAC TCATTTCGGC TCCCACAGCC CCGGACGCGC CCGGGTGCTG 
CTGCAGCTGC GCTACGACGC CCCGACTCAC ACGTTGGTGC TGCCCTTCAC GCTGGCGGTG 
GACGTGGTCT TTTCCCAGCT GGAGCTGGTG ACGCGCAACA GGCCTTTGGT AGTGGAGAAG 
CTGCAGGGCT GGAGCCGTGC CATCGACAGG AGAGTGCTGG ACTTCGCCTC CCTGAAGTCC 
AGAGCCACGG CCACCCGCAG GTGCCGGCTC ACCCCACTTC CTCACGAGGA CGGCCCCCTG 
CCCAAGTACG GGCGCTTGGT GGACGCGATG GGGGCCCCTC TCCCCAGGGG CAAGCGCGTA 
GACTGTGAAG CTTTCCTCCG GGCTGGGGTG CGCTATCAGC ACACCGCTGC CTCCTCGCCC 
AACCGGGACT ACTTGCCAAT GATGGTGGAG CTGCTGGGGC CTGAGGGCCA GGACGCTGGG 
TCCGCGGGTG TGCTGGTCCG CGAGCACTTC CAGCTGCTGG TGAGGATCCT CGGGGGAGCC 
AAGAACACAC CGCCCAGACC CAGCTTCATG GCCACGATGA TGATGGAGGT GGATCCGTTT 
GTGCTGACAG CCCTGACACC TGACGCACTA GCCGCGGAGG ACGTCGAGTC AGACCCTGGC 
GACCTGGTGT TCAACATTCT CAACGCCCCC GCTCCCGCAC CAGGGCATCC AGGGCAGCAG 
GGCTACGTGG TCAGCACCGA CGACCCTCTA GGCCTTCCAG TCTCCTTCTT TACCCAGCAG 
GAGCTGCGGG AGCTGAAGAT TGCCTATCAG CCCCCTACAG AGAACTCCCA TGGAGAGCGC 
CTCTTTCAGC TGGAACTGGA GGTGGTGGAC GGAGACGGCG CCGCCTCAGA CCCCTTTGCC 
TTCATGGTGA CAGTGAAATC CATGAATACT CTGGTCCCAG TGGCTAGCCA TAACAGGGGA 
CTTGTGCTTT TTGAAGGTCA GTCAAGGCCC TTGTCCAGCA CCCACAGCGT TCCTATCAGT 
GATAAAGATA ACCTGGAAGA GGTGAAAATG GCTGCAGTCA GGGGCTTGAG ACATGGGCAG 
CTGGTGGTGT TTGGGGCACC TGCAGGGTGC AAGTATTTCA CACCTGCGGA CCTGGCAGCA 
AGGCGAGTGG TGTATCAGCA TGATGGCAGC AACACCTACA GTGACAACAT CATCTTCCGG 
ATGGAGGACG GACACCACCA AGTGGAATTT CTCTTTCCCG TCACCATCCT ACCTGTGGAT 
GATGAACCAC CAATGGTCAA TACTAACACA GGACTCTCAC TGACGGAAGG GCAGGTGGTC 
CAGATCTCTC CCTTTGTACT GAGCGCTACT GATATTGACT CTGAGGACTC AACCATCCAC 
TTTGTGCTAG AGAACCAGCT CTTAGAAGGA AATAAGGAAG AGCCACAGTG GGAGCTGGCC 
CCTGGTTCCT CCCACTCAGG CCACTACCTG GGGGACATGT TGCTGCGGCA GGCTGAACTG 
CCTCTCTCCA CCGAAGGTGG GGACTGGCAC TACATGGAAA AGGAAGGGCT TTATGAGAAA 
GTGGTGACTG AGTGGCTACA GAGAGACATA ATGGAAGGGA GACTCTTCTA CCGCCATCTT 
GGACCACACA GCTCTCAAAC TGTAATGGCC CAGCTGGCTT TCCATGTGCA GGATGACCAT 
GACCCACCCA ATCTCTCCAA CCAGCACATT TTCACCATCA AGGTCCAGCC AGCGGATATA 
CTGAGTCCAC AGCTGTATCC AGGAACTACA CTAGAAATGA CTGTACAAGA ATACCAACTC 
ACTCACTTCC AGAAGAACTT CCTCCGATAC ATTGACCAGG ACTCTGATGA CCAGAACCTA 
TGGTACACCC TACTGACACT CCCGACTGAC ACAGATCGAA ACCACCAAGT CCGGGCTGGA 
GAAATTGTGC TCACTGATTC ACCAGACACA CTCATCATGC ACTTCACCCA AGCCCAGGTA 
AATCAGCGTG AAGTTGCCTA CCAGCCTCCA CAGAAGTTAG GTATTGCACC ACGGGTTGTG 
CAGTTTACCT ACCAGGTGGA AGATGCTGCA GGCAATAGCG TGCCAGGCAC ATTTACATTA 
TTCCTGCAAC CTGTGGACAA CCAGCCCCCA GAAGTCACCA ACAGAGGCTT TACTGTCTTA 
GAGGGAGGCA GCTTTAACCT CAGCAGTAAT GAGCTGCATG TTACAGACCC AGACACAGAC 
ATTGACCAAA TTGTCTTCAT ATTAGTCCGT GGTCCCCAAC ATGGACGCTT GCAGTACTTT 
AAAAAATGTA TGGTCCCAGG GGAATCTTTC ACGCAAGCTG ATATTATTAA TGGGAGTGTC 
TCTTACCAGC ATGGTAGAGA CCAGACAACT ACCAGTGACA CTTTCCATCT GGAAGTAAGT 
GATGGGGTGC ACCACATACC CATCACCATC CCAATTTCCG TGCATCCCAG TGTGGCTAAT 
GAAAGTCCTA GGATCTCTAT CACAAGTAGT TCATTATTGG ATGTTTCTAT AGATGTACTA 
GAGAATAAAG CCACTGAAAT TACCATGGGT GTCACCCATG GCAAAAGGAA GGACGTACAT 
CACTTGATGC TGTCTTTCAT TGTAAAGGAC AGCCCCAAAT TGGGCACTAT TCTGGTCAAT 
GGTTTGCCCA CAGAACGATT CACCCAAGAG GACCTCATCA GTGGGAGAGT AGCCTATGTC 
CACACTGGAG GTGAAGTTGG TTTTCAAAAG CAGCACGATG CCTTCAGCCT CATCCTCTCC 
AATGATTCTT ACCAATGGGT AGTGGGGAAT AGCATAATAG AGAGAGTACA GGTGCGAGTA 
ACTGTGCTGC CTGTGGACAA TGTGGGACCC AGGGTCTTGG TGAGGGAGTC CTTCATTGTC 
TATGAAGGTG AGAAGAACTC CTTGACCTTA CAACATCTCC ATGTTGAAGA TGTGGACACT 
CCTCAAGATG AACTCCTCTG CACAGTGACT AGTCAGCCAG CCTCTGGCTA CCTGGAAAAT 
ATTGCACCAG CTCCTGGTTC AAAAACGTCC CAGTCTGGCA GCCCCATCAG TGCTTTCTCC 
CTCAGAGATG TCCAAATGAG GCATATCAAT TATGTACAGA GTATTCACAA GGGAGTAGAG 
CCACAAGAGG ATCAATTCAC CTTTTATTGC TCTGATGGCA TCAACTTCTC CCCAAATGTC 
TTCTTCCCTA TAATCATCCT ACCCACCAAT GATGAGCAGC CTAAACTTTT TGCCCATGAG 
TTTGAGGTAC TAGAGGGGAT GAGCCTGGTC ATAGACACTC AGCTGCTCAA TGGAGCAGAT 
GCTGACCTGC CACCGAATGA GCTCCACTTT CAACTCACAG TCCTCCCTCG GCATGGACAA 
ATCATAGAGC AGCTGGCTAC GGGCAGCCAG CCCATCCACA GCTTCACCCT CAAGGAGATT 
CAGGAGGCCT CCACCATTGT GTATGAGCAT GATGACTCAG AGACCAAAGA GGACAGTTTT 
GAGGTCTGGC TAAGTGATGG CAAGCACACC ACCCACAGGA AGGTACCCAT TGTAGTGACC 
CTAGTGGATG ATGAAACTCC TCAGCTGACT GTCAACAATG GGCTGAAAGT AGAGAAAGGA 
CACTCTGAGA TTATCACAAA TCAGATCCTC AAGGCCACAG ATCTTGACTC AGATGATAAG 
AGCCTCAGTT TTGTCCTCCA TTCTGGGCCT CAACAAGGGC TTCTACAGAG GCTGAGAAAA 
CCCAGAGGAG AAGTGAGGAA CAATCTTACT CTGGGAATGA ACTTTACCCA GGATGAGATT 
GACAGAGGCC TCATCTGCTA TATCCACACA GGCCAAGAAG GGATTGTTGA TATTATCAAG 
TTTGATGTGA CTGATGGGGC TAACACTTTG ACAGACCACT ACTTCTATGT CACTATTGGC 
AACTTAGACA AGGTCTTCCC TGAGTTAATC AGCAAAAGGA TCACCTTAAC AGAAGGTGCC 
AGAGTGACCC TTACCAACAG TCTGCTTAGC AACAGTGATA TCAACAGCTC TGATGAACAT 
CACTTTAACA TTACACGGGC TCCAAGCCTG GGTCACCTAG AAAGTTCTGA CCATGCTGGG 
GAACCCATTG CCTCTTTCAC TCAGCTTCAA TTAGCTAGCA ACAAAATATC CTATGTCCAT 
ACTTCAAATG ATGAGAAAAA GATGGACAGC TTTGAGTTTC AAGTGATCAG TGAACTCTAC 
CCTGTGTCCA GAACCTTCAG GATCTTCATC ACTGATGTGG ATCATAAGAA ACCTATCTTG 
ACCATCCATA GACTAACACT ACAGAAAGAG GCTAGCCAAC TGATCACTCC CCTTGAGTTG 
ACAGTGGAAG ACAAGGATAC CCCAGATTAT CTTATTCTCT TTACCATCAC CCAGGTCCCC 
ATGCATGGCA AGATTTTGTA CAATGGTAGC CATCCTGTGA CCACTTTCAC CAAGCAAGAC 
TTGAACAAGA ACATGATTAG CTACAAGCAC GACGGCAGTG AGACCACTGA AGATAGTTTC 
TCCTTGACTG TGACAGATGG CACTCACACT GATTTCTATG TCCTCCCAGA CACTGCCCTG 
GAGACACACA AACCTCAAGT AATGAGGGTC CAGATAAGAT CATTAGACAA TAGGCTTCCC 
CAGATTACTA TCAACAGGGG TGCCCTAACC TTGAAGCACC TTCACACTGG ACATATGGGC 
TTCTTGATTA CCAGTAAGTC TCTGAAGGCA GAAGATCAGG ACAGTCCCCA CAGGCCTCTG 
AAGTATAAAG TTACCACAGG ACCAGAGCAT GGCTTCATTA TCAGAACTGG CCTTGGAAAC 
CAGAGCACTC GAGTGTTTAC ACAAGCTGAC ATTGATGAGA TGAAGATATC CTATGTCTTG 
AATGAGGGCA GCAATGCATC AAAGGACATC TTCTATTTCT CTGTTGAAGA CAATGGAGGA 
AATAAACTAA CAAATCAACC TTTCCATCTA AACTGGGCTT GGATTTGTTT GGAGAAAGAG 
TACTATATTG TGGATGAAGA CTCCACATTC TTAGAAGTGA CACTTACACG CAGAGGATAC 
CTTGGAGAAA CATCATTTAT CAGCATTGGT ACCAAAGATG AAACTGCAAA AAGAGACAAA 
GATTTCAAAT GGAAGACCAA TAAACAGGTC CAATTCAATC CTGGACAGAC TACAGCCACA 
TGGAGGGTGA GAATCATACC TGACAATGAA TATGAGACTT CAGAGACCTT CCAGATCATT 
CTGTCGGAAC CTCTCATGGC TGTACTGGAG TTTCCTGAAA TGGCAACGGT TGAAATTGTG 
GACCCTGGAG ATGAATCAAC AGTTTATATT CCAGAGGCAG AATACAAAAT AGAAGAGGAC 
GTTGGGGAAC TTTTGATTCC AGTAAGACGA TCTGGAGATG CAAGCCAGGA ACTAATCGTC 
ATTTGCTCCA CACGTCAAGG TTCTGCCACA GGTACGATTT CTTCCACAGT GTTATTCTCT 
GATTACATCT CACGTCCAGA AGACCACACC AGCATCCTCC ACTTTGACAA GAACGAGACA 
CAGAAGACCT GCCGGATCCT GATCATTGAT GACTCCCTTT ATGAAGAGGA GGAATCCTTC 
AGTGTTTCAC TGAGGCTGCC AGTGGGAGGA CAGCTGGGAG CCAGATTCCC CACCACTAAG 
GTCACTATTC TGGCTGATCG TTATGATGAA CCTGTCCTGC ACTTTGGGGA TGCTGAATAT 
CACGTCAATG AAAGTGCTGG CTATGTGGAG GTTTGTGTTT GGAGAAGAGG CACTGATCTT 
TCCCAACCAT CATCCATCAT CGTGCGCTCC AGAAAGTCAG AGCAGGAGTC AGCAGAAGCT 
GGAACAGATT ATGTTGGCAT CAGCCGAAAT CTGGACTTTG CTCCAGGCGT GCGCATGCAG 
ACATTCCGCG TGACCATCCT TGATGACCTG GGACAGCCCA CCTTGGAAGG CCCAGAGAAG 
TTTGAGTTAG TTCTTCAGAT GCCTATCGGT GCAGTGCTTG GAGAACCAAA TAAAACTACT 
GTTTTCATCA AGGATACCAT CACTGACTGT AAGCAGAGTG CTTGTAGTTC CTTTGATTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011725261.1
CDS	1..6420
Translation	MAGASRHPTGTPSQLLVALACLLLSRPALQGQASSLGTEPDPVLYLHAWGALEGTRPDGPSVLIANPGLRVPLGRSLWLDPLRDLVIGVQPGDRCEVTVLDALPLLKGALSPRRFPCAFGPRQVQYTHFGSHSPGRARVLLQLRYDAPTHTLVLPFTLAVDVVFSQLELVTRNRPLVVEKLQGWSRAIDRRVLDFASLKSRATATRRCRLTPLPHEDGPLPKYGRLVDAMGAPLPRGKRVDCEAFLRAGVRYQHTAASSPNRDYLPMMVELLGPEGQDAGSAGVLVREHFQLLVRILGGAKNTPPRPSFMATMMMEVDPFVLTALTPDALAAEDVESDPGDLVFNILNAPAPAPGHPGQQGYVVSTDDPLGLPVSFFTQQELRELKIAYQPPTENSHGERLFQLELEVVDGDGAASDPFAFMVTVKSMNTLVPVASHNRGLVLFEGQSRPLSSTHSVPISDKDNLEEVKMAAVRGLRHGQLVVFGAPAGCKYFTPADLAARRVVYQHDGSNTYSDNIIFRMEDGHHQVEFLFPVTILPVDDEPPMVNTNTGLSLTEGQVVQISPFVLSATDIDSEDSTIHFVLENQLLEGNKEEPQWELAPGSSHSGHYLGDMLLRQAELPLSTEGGDWHYMEKEGLYEKVVTEWLQRDIMEGRLFYRHLGPHSSQTVMAQLAFHVQDDHDPPNLSNQHIFTIKVQPADILSPQLYPGTTLEMTVQEYQLTHFQKNFLRYIDQDSDDQNLWYTLLTLPTDTDRNHQVRAGEIVLTDSPDTLIMHFTQAQVNQREVAYQPPQKLGIAPRVVQFTYQVEDAAGNSVPGTFTLFLQPVDNQPPEVTNRGFTVLEGGSFNLSSNELHVTDPDTDIDQIVFILVRGPQHGRLQYFKKCMVPGESFTQADIINGSVSYQHGRDQTTTSDTFHLEVSDGVHHIPITIPISVHPSVANESPRISITSSSLLDVSIDVLENKATEITMGVTHGKRKDVHHLMLSFIVKDSPKLGTILVNGLPTERFTQEDLISGRVAYVHTGGEVGFQKQHDAFSLILSNDSYQWVVGNSIIERVQVRVTVLPVDNVGPRVLVRESFIVYEGEKNSLTLQHLHVEDVDTPQDELLCTVTSQPASGYLENIAPAPGSKTSQSGSPISAFSLRDVQMRHINYVQSIHKGVEPQEDQFTFYCSDGINFSPNVFFPIIILPTNDEQPKLFAHEFEVLEGMSLVIDTQLLNGADADLPPNELHFQLTVLPRHGQIIEQLATGSQPIHSFTLKEIQEASTIVYEHDDSETKEDSFEVWLSDGKHTTHRKVPIVVTLVDDETPQLTVNNGLKVEKGHSEIITNQILKATDLDSDDKSLSFVLHSGPQQGLLQRLRKPRGEVRNNLTLGMNFTQDEIDRGLICYIHTGQEGIVDIIKFDVTDGANTLTDHYFYVTIGNLDKVFPELISKRITLTEGARVTLTNSLLSNSDINSSDEHHFNITRAPSLGHLESSDHAGEPIASFTQLQLASNKISYVHTSNDEKKMDSFEFQVISELYPVSRTFRIFITDVDHKKPILTIHRLTLQKEASQLITPLELTVEDKDTPDYLILFTITQVPMHGKILYNGSHPVTTFTKQDLNKNMISYKHDGSETTEDSFSLTVTDGTHTDFYVLPDTALETHKPQVMRVQIRSLDNRLPQITINRGALTLKHLHTGHMGFLITSKSLKAEDQDSPHRPLKYKVTTGPEHGFIIRTGLGNQSTRVFTQADIDEMKISYVLNEGSNASKDIFYFSVEDNGGNKLTNQPFHLNWAWICLEKEYYIVDEDSTFLEVTLTRRGYLGETSFISIGTKDETAKRDKDFKWKTNKQVQFNPGQTTATWRVRIIPDNEYETSETFQIILSEPLMAVLEFPEMATVEIVDPGDESTVYIPEAEYKIEEDVGELLIPVRRSGDASQELIVICSTRQGSATGTISSTVLFSDYISRPEDHTSILHFDKNETQKTCRILIIDDSLYEEEESFSVSLRLPVGGQLGARFPTTKVTILADRYDEPVLHFGDAEYHVNESAGYVEVCVWRRGTDLSQPSSIIVRSRKSEQESAEAGTDYVGISRNLDFAPGVRMQTFRVTILDDLGQPTLEGPEKFELVLQMPIGAVLGEPNKTTVFIKDTITDCKQSACSSFD

Target ORF information:

RefSeq Version	XM_011726959.1
Organism	Macaca nemestrina(pig-tailed macaque)
Definition	Macaca nemestrina FRAS1 related extracellular matrix 3 (FREM3), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011726959.1

ORF Insert Sequence:

ATGGCGGGGG CTTCTCGGCA CCCGACTGGG ACGCCCAGCC AGCTCCTTGT GGCGCTCGCC 
TGCCTGCTCT TGAGTCGCCC TGCGCTGCAG GGACAGGCAT CCTCGCTTGG GACCGAGCCC 
GACCCGGTGC TTTACCTGCA CGCCTGGGGT GCACTTGAAG GCACTCGCCC CGACGGCCCT 
AGCGTGCTGA TTGCCAACCC TGGACTCCGG GTGCCCTTGG GTCGTTCCCT TTGGCTCGAC 
CCGCTCCGGG ACCTGGTGAT TGGAGTGCAG CCGGGGGACC GGTGCGAAGT CACGGTACTG 
GACGCCCTGC CGCTGCTCAA GGGCGCGCTC TCCCCGCGCC GCTTCCCCTG CGCCTTCGGG 
CCCCGCCAGG TCCAGTACAC TCATTTCGGC TCCCACAGCC CCGGACGCGC CCGGGTGCTG 
CTGCAGCTGC GCTACGACGC CCCGACTCAC ACGTTGGTGC TGCCCTTCAC GCTGGCGGTG 
GACGTGGTCT TTTCCCAGCT GGAGCTGGTG ACGCGCAACA GGCCTTTGGT AGTGGAGAAG 
CTGCAGGGCT GGAGCCGTGC CATCGACAGG AGAGTGCTGG ACTTCGCCTC CCTGAAGTCC 
AGAGCCACGG CCACCCGCAG GTGCCGGCTC ACCCCACTTC CTCACGAGGA CGGCCCCCTG 
CCCAAGTACG GGCGCTTGGT GGACGCGATG GGGGCCCCTC TCCCCAGGGG CAAGCGCGTA 
GACTGTGAAG CTTTCCTCCG GGCTGGGGTG CGCTATCAGC ACACCGCTGC CTCCTCGCCC 
AACCGGGACT ACTTGCCAAT GATGGTGGAG CTGCTGGGGC CTGAGGGCCA GGACGCTGGG 
TCCGCGGGTG TGCTGGTCCG CGAGCACTTC CAGCTGCTGG TGAGGATCCT CGGGGGAGCC 
AAGAACACAC CGCCCAGACC CAGCTTCATG GCCACGATGA TGATGGAGGT GGATCCGTTT 
GTGCTGACAG CCCTGACACC TGACGCACTA GCCGCGGAGG ACGTCGAGTC AGACCCTGGC 
GACCTGGTGT TCAACATTCT CAACGCCCCC GCTCCCGCAC CAGGGCATCC AGGGCAGCAG 
GGCTACGTGG TCAGCACCGA CGACCCTCTA GGCCTTCCAG TCTCCTTCTT TACCCAGCAG 
GAGCTGCGGG AGCTGAAGAT TGCCTATCAG CCCCCTACAG AGAACTCCCA TGGAGAGCGC 
CTCTTTCAGC TGGAACTGGA GGTGGTGGAC GGAGACGGCG CCGCCTCAGA CCCCTTTGCC 
TTCATGGTGA CAGTGAAATC CATGAATACT CTGGTCCCAG TGGCTAGCCA TAACAGGGGA 
CTTGTGCTTT TTGAAGGTCA GTCAAGGCCC TTGTCCAGCA CCCACAGCGT TCCTATCAGT 
GATAAAGATA ACCTGGAAGA GGTGAAAATG GCTGCAGTCA GGGGCTTGAG ACATGGGCAG 
CTGGTGGTGT TTGGGGCACC TGCAGGGTGC AAGTATTTCA CACCTGCGGA CCTGGCAGCA 
AGGCGAGTGG TGTATCAGCA TGATGGCAGC AACACCTACA GTGACAACAT CATCTTCCGG 
ATGGAGGACG GACACCACCA AGTGGAATTT CTCTTTCCCG TCACCATCCT ACCTGTGGAT 
GATGAACCAC CAATGGTCAA TACTAACACA GGACTCTCAC TGACGGAAGG GCAGGTGGTC 
CAGATCTCTC CCTTTGTACT GAGCGCTACT GATATTGACT CTGAGGACTC AACCATCCAC 
TTTGTGCTAG AGAACCAGCT CTTAGAAGGA AATAAGGAAG AGCCACAGTG GGAGCTGGCC 
CCTGGTTCCT CCCACTCAGG CCACTACCTG GGGGACATGT TGCTGCGGCA GGCTGAACTG 
CCTCTCTCCA CCGAAGGTGG GGACTGGCAC TACATGGAAA AGGAAGGGCT TTATGAGAAA 
GTGGTGACTG AGTGGCTACA GAGAGACATA ATGGAAGGGA GACTCTTCTA CCGCCATCTT 
GGACCACACA GCTCTCAAAC TGTAATGGCC CAGCTGGCTT TCCATGTGCA GGATGACCAT 
GACCCACCCA ATCTCTCCAA CCAGCACATT TTCACCATCA AGGTCCAGCC AGCGGATATA 
CTGAGTCCAC AGCTGTATCC AGGAACTACA CTAGAAATGA CTGTACAAGA ATACCAACTC 
ACTCACTTCC AGAAGAACTT CCTCCGATAC ATTGACCAGG ACTCTGATGA CCAGAACCTA 
TGGTACACCC TACTGACACT CCCGACTGAC ACAGATCGAA ACCACCAAGT CCGGGCTGGA 
GAAATTGTGC TCACTGATTC ACCAGACACA CTCATCATGC ACTTCACCCA AGCCCAGGTA 
AATCAGCGTG AAGTTGCCTA CCAGCCTCCA CAGAAGTTAG GTATTGCACC ACGGGTTGTG 
CAGTTTACCT ACCAGGTGGA AGATGCTGCA GGCAATAGCG TGCCAGGCAC ATTTACATTA 
TTCCTGCAAC CTGTGGACAA CCAGCCCCCA GAAGTCACCA ACAGAGGCTT TACTGTCTTA 
GAGGGAGGCA GCTTTAACCT CAGCAGTAAT GAGCTGCATG TTACAGACCC AGACACAGAC 
ATTGACCAAA TTGTCTTCAT ATTAGTCCGT GGTCCCCAAC ATGGACGCTT GCAGTACTTT 
AAAAAATGTA TGGTCCCAGG GGAATCTTTC ACGCAAGCTG ATATTATTAA TGGGAGTGTC 
TCTTACCAGC ATGGTAGAGA CCAGACAACT ACCAGTGACA CTTTCCATCT GGAAGTAAGT 
GATGGGGTGC ACCACATACC CATCACCATC CCAATTTCCG TGCATCCCAG TGTGGCTAAT 
GAAAGTCCTA GGATCTCTAT CACAAGTAGT TCATTATTGG ATGTTTCTAT AGATGTACTA 
GAGAATAAAG CCACTGAAAT TACCATGGGT GTCACCCATG GCAAAAGGAA GGACGTACAT 
CACTTGATGC TGTCTTTCAT TGTAAAGGAC AGCCCCAAAT TGGGCACTAT TCTGGTCAAT 
GGTTTGCCCA CAGAACGATT CACCCAAGAG GACCTCATCA GTGGGAGAGT AGCCTATGTC 
CACACTGGAG GTGAAGTTGG TTTTCAAAAG CAGCACGATG CCTTCAGCCT CATCCTCTCC 
AATGATTCTT ACCAATGGGT AGTGGGGAAT AGCATAATAG AGAGAGTACA GGTGCGAGTA 
ACTGTGCTGC CTGTGGACAA TGTGGGACCC AGGGTCTTGG TGAGGGAGTC CTTCATTGTC 
TATGAAGGTG AGAAGAACTC CTTGACCTTA CAACATCTCC ATGTTGAAGA TGTGGACACT 
CCTCAAGATG AACTCCTCTG CACAGTGACT AGTCAGCCAG CCTCTGGCTA CCTGGAAAAT 
ATTGCACCAG CTCCTGGTTC AAAAACGTCC CAGTCTGGCA GCCCCATCAG TGCTTTCTCC 
CTCAGAGATG TCCAAATGAG GCATATCAAT TATGTACAGA GTATTCACAA GGGAGTAGAG 
CCACAAGAGG ATCAATTCAC CTTTTATTGC TCTGATGGCA TCAACTTCTC CCCAAATGTC 
TTCTTCCCTA TAATCATCCT ACCCACCAAT GATGAGCAGC CTAAACTTTT TGCCCATGAG 
TTTGAGGTAC TAGAGGGGAT GAGCCTGGTC ATAGACACTC AGCTGCTCAA TGGAGCAGAT 
GCTGACCTGC CACCGAATGA GCTCCACTTT CAACTCACAG TCCTCCCTCG GCATGGACAA 
ATCATAGAGC AGCTGGCTAC GGGCAGCCAG CCCATCCACA GCTTCACCCT CAAGGAGATT 
CAGGAGGCCT CCACCATTGT GTATGAGCAT GATGACTCAG AGACCAAAGA GGACAGTTTT 
GAGGTCTGGC TAAGTGATGG CAAGCACACC ACCCACAGGA AGGTACCCAT TGTAGTGACC 
CTAGTGGATG ATGAAACTCC TCAGCTGACT GTCAACAATG GGCTGAAAGT AGAGAAAGGA 
CACTCTGAGA TTATCACAAA TCAGATCCTC AAGGCCACAG ATCTTGACTC AGATGATAAG 
AGCCTCAGTT TTGTCCTCCA TTCTGGGCCT CAACAAGGGC TTCTACAGAG GCTGAGAAAA 
CCCAGAGGAG AAGTGAGGAA CAATCTTACT CTGGGAATGA ACTTTACCCA GGATGAGATT 
GACAGAGGCC TCATCTGCTA TATCCACACA GGCCAAGAAG GGATTGTTGA TATTATCAAG 
TTTGATGTGA CTGATGGGGC TAACACTTTG ACAGACCACT ACTTCTATGT CACTATTGGC 
AACTTAGACA AGGTCTTCCC TGAGTTAATC AGCAAAAGGA TCACCTTAAC AGAAGGTGCC 
AGAGTGACCC TTACCAACAG TCTGCTTAGC AACAGTGATA TCAACAGCTC TGATGAACAT 
CACTTTAACA TTACACGGGC TCCAAGCCTG GGTCACCTAG AAAGTTCTGA CCATGCTGGG 
GAACCCATTG CCTCTTTCAC TCAGCTTCAA TTAGCTAGCA ACAAAATATC CTATGTCCAT 
ACTTCAAATG ATGAGAAAAA GATGGACAGC TTTGAGTTTC AAGTGATCAG TGAACTCTAC 
CCTGTGTCCA GAACCTTCAG GATCTTCATC ACTGATGTGG ATCATAAGAA ACCTATCTTG 
ACCATCCATA GACTAACACT ACAGAAAGAG GCTAGCCAAC TGATCACTCC CCTTGAGTTG 
ACAGTGGAAG ACAAGGATAC CCCAGATTAT CTTATTCTCT TTACCATCAC CCAGGTCCCC 
ATGCATGGCA AGATTTTGTA CAATGGTAGC CATCCTGTGA CCACTTTCAC CAAGCAAGAC 
TTGAACAAGA ACATGATTAG CTACAAGCAC GACGGCAGTG AGACCACTGA AGATAGTTTC 
TCCTTGACTG TGACAGATGG CACTCACACT GATTTCTATG TCCTCCCAGA CACTGCCCTG 
GAGACACACA AACCTCAAGT AATGAGGGTC CAGATAAGAT CATTAGACAA TAGGCTTCCC 
CAGATTACTA TCAACAGGGG TGCCCTAACC TTGAAGCACC TTCACACTGG ACATATGGGC 
TTCTTGATTA CCAGTAAGTC TCTGAAGGCA GAAGATCAGG ACAGTCCCCA CAGGCCTCTG 
AAGTATAAAG TTACCACAGG ACCAGAGCAT GGCTTCATTA TCAGAACTGG CCTTGGAAAC 
CAGAGCACTC GAGTGTTTAC ACAAGCTGAC ATTGATGAGA TGAAGATATC CTATGTCTTG 
AATGAGGGCA GCAATGCATC AAAGGACATC TTCTATTTCT CTGTTGAAGA CAATGGAGGA 
AATAAACTAA CAAATCAACC TTTCCATCTA AACTGGGCTT GGATTTGTTT GGAGAAAGAG 
TACTATATTG TGGATGAAGA CTCCACATTC TTAGAAGTGA CACTTACACG CAGAGGATAC 
CTTGGAGAAA CATCATTTAT CAGCATTGGT ACCAAAGATG AAACTGCAAA AAGAGACAAA 
GATTTCAAAT GGAAGACCAA TAAACAGGTC CAATTCAATC CTGGACAGAC TACAGCCACA 
TGGAGGGTGA GAATCATACC TGACAATGAA TATGAGACTT CAGAGACCTT CCAGATCATT 
CTGTCGGAAC CTCTCATGGC TGTACTGGAG TTTCCTGAAA TGGCAACGGT TGAAATTGTG 
GACCCTGGAG ATGAATCAAC AGTTTATATT CCAGAGGCAG AATACAAAAT AGAAGAGGAC 
GTTGGGGAAC TTTTGATTCC AGTAAGACGA TCTGGAGATG CAAGCCAGGA ACTAATCGTC 
ATTTGCTCCA CACGTCAAGG TTCTGCCACA GGTACGATTT CTTCCACAGT GTTATTCTCT 
GATTACATCT CACGTCCAGA AGACCACACC AGCATCCTCC ACTTTGACAA GAACGAGACA 
CAGAAGACCT GCCGGATCCT GATCATTGAT GACTCCCTTT ATGAAGAGGA GGAATCCTTC 
AGTGTTTCAC TGAGGCTGCC AGTGGGAGGA CAGCTGGGAG CCAGATTCCC CACCACTAAG 
GTCACTATTC TGGCTGATCG TTATGATGAA CCTGTCCTGC ACTTTGGGGA TGCTGAATAT 
CACGTCAATG AAAGTGCTGG CTATGTGGAG GTTTGTGTTT GGAGAAGAGG CACTGATCTT 
TCCCAACCAT CATCCATCAT CGTGCGCTCC AGAAAGTCAG AGCAGGAGTC AGCAGAAGCT 
GGAACAGATT ATGTTGGCAT CAGCCGAAAT CTGGACTTTG CTCCAGGCGT GCGCATGCAG 
ACATTCCGCG TGACCATCCT TGATGACCTG GGACAGCCCA CCTTGGAAGG CCCAGAGAAG 
TTTGAGTTAG TTCTTCAGAT GCCTATCGGT GCAGTGCTTG GAGAACCAAA TAAAACTACT 
GTTTTCATCA AGGATACCAT CACTGACTGT AAGCAGAGTG CTTGTAGTTC CTTTGATTGA